High sensitivity (75 nN, 0.2 nm), accuracy and reliability. The ultra-sensitive xProbe transducer can then offer nanoindentation with near AFM parameters.
Read moreNano-hardness meter

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MATun: Svět materiálů – Univerzity spolu / Materialwissen – Unis gemeinsam
High sensitivity (75 nN, 0.2 nm), accuracy and reliability. The ultra-sensitive xProbe transducer can then offer nanoindentation with near AFM parameters.
Read moredigital microscope with objective lens in range magnification 200-2000 times, used for optical analysis of materials and nanomaterials.
Read morepreparation of nanofibrous textiles based on electrospinning, both from a needle and in a needleless arrangement
Read moredetermination of tensile strength for polymers, non-ferrous metals, nanofibrous materials
Read moredetermination of water permeability of textiles and nanotextiles, water column analysis
Read moredetermination of air permeability of textiles and nanotextiles
Read moresamples in the magnetic field are irradiated with short radio waves, the response of nuclei can determine the composition and structure of molecules, for solutions and solids
Read moreanalysis of wetting and adhesion, determination of contact angle and surface tension
Read moresurface-sensitive technique to determine the elemental composition of the surface, the representation of elements and their bond
Read moreX-ray fluorescence spectrometer for standardless elemental analysis (C-U), surface mapping with 0.2mm2 resolution, automatic feeder for 12 samples
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